Forensic Science

This course introduces the participant to forensic science paradigms, crime scene investigation and evidence recognition. Collection, documentation and processing evidence are addressed. The course will include an introduction to crime scene photography. Students will be oriented in professional values, concepts, and ethics.
Prerequisite(s): Junior or Senior status in Criminal Justice Adult Undergraduate Program.

This course introduces the participant to forensic science paradigms, crime scene investigation and evidence recognition. Collection, documentation and processing evidence are addressed. The course will include an introduction to crime scene photography. Students will be oriented in professional values, concepts, and ethics.
Prerequisite(s): Admittance to the Forensic Science graduate program.

This course introduces the participant to forensic science paradigms, crime scene investigation and evidence recognition. Collection, documentation and processing evidence are addressed. The course will inclu de an introduction to crime scene photography. Students will be oriented in professional values, concepts, and ethics.
Prerequisite(s): Admittance to the Pre-Professional program.

This course introduces the participant to forensic science paradigms, crime scene investigation and evidence recognition. Collection, documentation and processing evidence are addressed. The course will include an introduction to crime scene photography. Students will be oriented in professional values, concepts, and ethics.
Prerequisite(s): Admittance to the Forensic Science graduate program.

The course introduces the participant to the forensic science paradigms regarding evidence processing, including lab practices, statistical evaluation of the evidence, and scene reconstruction.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation.

In the course, the elements of violent crimes will be reviewed, as well as criminal procedure, constitutional and statutory limitations of criminal investigation, and the Fourth, Fifth, and Sixth Amendments. The requirements of conviction, or burden of proof (criminal vs. civil standards), and rules and policies pertaining to evidence will be studied.
Prerequisite(s): Admittance to the Forensic Science graduate program.

This course provides an overview of death investigation. The specialties of forensic pathology, forensic odontology, forensic anthropology, and forensic entomology are introduced and the expectations of the death investigator regarding the specialist outlined. Forensic science technique related to identifying the victim(s), establishing time of death, cause and manner of death, postmortem interval, and presumptive and confirmed identifications are presented.
Prerequisite(s): Admittance to the Forensic Science graduation program.

In this course, the participants will develop a summary of salient facts in a case investigation reconstruction. The summary will include a timeline of the crime event and subsequent investigation, an index of physical evidence with results of forensic analyses citing potential for additional testing due to new technology, a listing of witnesses, suspects and persons of interest with suggestions for further interviews and new investigative leads.
Prerequisite(s): Admittance to the Forensic Science graduation program.

The internship consists of 90 contact hours in a medical examiner's or coroner's office. The student will participate in the activities of the office and observe a minimum of six autopsies. The course will allow the student to put into practice the theoretical material learned in the prerequisite courses. The student will turn in a reflective essay about their internship. This will be a synopsis of what the student learned over the course of the internship. The paper will discuss what materials learned during the master's program were reinforced by the internship and what procedures differed from what was learned in the program.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, and FORSC 5080 Medicolegal Death Investigation with grades of "B-" or better; proof of completion of the three-shot Hepatitis B series of inoculations (should be completed prior to registration of course; instructor may accept proof that inoculations are in process, with the understanding that they will be completed when student leaves for internship). A current tetanus is recommended. Some internship sites may require a recent TB test and/or other additional requirements.

This course introduces the participant to forensic science paradigms, crime scene investigation and evidence recognition. Collection, documentation and processing evidence are addressed. The course will include an introduction to crime scene photography. Students will be oriented in professional values, concepts, and ethics.
Prerequisite(s): Admittance to the Forensic Science graduate program.

The course introduces the participant to the forensic science paradigms regarding evidence processing, including lab practices, statistical evaluation of the evidence, and scene reconstruction.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation.

In the course, the elements of violent crimes will be reviewed, as well as criminal procedure, constitutional and statutory limitations of criminal investigation, and the Fourth, Fifth, and Sixth Amendments. The requirements of conviction, or burden of proof (criminal vs. civil standards), and rules and policies pertaining to evidence will be studied.
Prerequisite(s): Admittance to the Forensic Science graduate program.

This course provides an overview of death investigation. The specialties of forensic pathology, forensic odontology, forensic anthropology, and forensic entomology are introduced and the expectations of the death investigator regarding the specialist outlined. Forensic science technique related to identifying the victim(s), establishing time of death, cause and manner of death, postmortem interval, and presumptive and confirmed identifications are presented.
Prerequisite(s): Admittance to the Forensic Science graduation program.

In this course, the participants will develop a summary of salient facts in a case investigation reconstruction. The summary will include a timeline of the crime event and subsequent investigation, an index of physical evidence with results of forensic analyses citing potential for additional testing due to new technology, a listing of witnesses, suspects and persons of interest with suggestions for further interviews and new investigative leads.
Prerequisite(s): Admittance to the Forensic Science graduation program.

The internship consists of 90 contact hours in a medical examiner's or coroner's office. The student will participate in the activities of the office and observe a minimum of six autopsies. The course will allow the student to put into practice the theoretical material learned in the prerequisite courses. The student will turn in a reflective essay about their internship. This will be a synopsis of what the student learned over the course of the internship. The paper will discuss what materials learned during the master's program were reinforced by the internship and what procedures differed from what was learned in the program.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, and FORSC 5080 Medicolegal Death Investigation with grades of "B-" or better; proof of completion of the three-shot Hepatitis B series of inoculations (should be completed prior to registration of course; instructor may accept proof that inoculations are in process, with the understanding that they will be completed when student leaves for internship). A current tetanus is recommended. Some internship sites may require a recent TB test and/or other additional requirements.

This course focuses on recognizing, protecting, and preserving all prospective physical evidence at a crime scene. Crime scene reconstruction involving the use of the scientific method and classical logic will be discussed. Students will learn about crime scene photography methods, making impressions from imprints, collecting fingerprints and trace evidence, and analyzing and interpreting blood spatter evidence through lectures and hands-on experiences.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship with grades "B-" or better.

This course will explore the place of analytical chemical concepts and instrumentation in the robust and dependable identification and quantification of those biological and chemical compounds that are of interest for forensic investigations. The use of statistical techniques, including Bayesian statistics, are examined in the forensic context. Forensic evidence collection and chain-of-custody requirements are examined. Laboratory exercises include familiarization with chromatographic and mass-spectrometric techniques and instruments.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship, with grades of "B-" or better in each course.

This course focuses on recognizing, protecting, and preserving all prospective physical evidence at a crime scene. Crime scene reconstruction involving the use of the scientific method and classical logic will be discussed. Students will learn about crime scene photography methods, making impressions from imprints, collecting fingerprints and trace evidence, and analyzing and interpreting blood spatter evidence through lectures and hands-on experiences.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship with grades "B-" or better.

This course will explore the place of analytical chemical concepts and instrumentation in the robust and dependable identification and quantification of those biological and chemical compounds that are of interest for forensic investigations. The use of statistical techniques, including Bayesian statistics, are examined in the forensic context. Forensic evidence collection and chain-of-custody requirements are examined. Laboratory exercises include familiarization with chromatographic and mass-spectrometric techniques and instruments.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship, with grades of "B-" or better in each course.

This course focuses on recognizing, protecting, and preserving all prospective physical evidence at a crime scene. Crime scene reconstruction involving the use of the scientific method and classical logic will be discussed. Students will learn about crime scene photography methods, making impressions from imprints, collecting fingerprints and trace evidence, and analyzing and interpreting blood spatter evidence through lectures and hands-on experiences.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship with grades "B-" or better.

This course will explore the place of analytical chemical concepts and instrumentation in the robust and dependable identification and quantification of those biological and chemical compounds that are of interest for forensic investigations. The use of statistical techniques, including Bayesian statistics, are examined in the forensic context. Forensic evidence collection and chain-of-custody requirements are examined. Laboratory exercises include familiarization with chromatographic and mass-spectrometric techniques and instruments.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship, with grades of "B-" or better in each course.

This course focuses on recognizing, protecting, and preserving all prospective physical evidence at a crime scene. Crime scene reconstruction involving the use of the scientific method and classical logic will be discussed. Students will learn about crime scene photography methods, making impressions from imprints, collecting fingerprints and trace evidence, and analyzing and interpreting blood spatter evidence through lectures and hands-on experiences.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship with grades "B-" or better.

This course will explore the place of analytical chemical concepts and instrumentation in the robust and dependable identification and quantification of those biological and chemical compounds that are of interest for forensic investigations. The use of statistical techniques, including Bayesian statistics, are examined in the forensic context. Forensic evidence collection and chain-of-custody requirements are examined. Laboratory exercises include familiarization with chromatographic and mass-spectrometric techniques and instruments.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship, with grades of "B-" or better in each course.

This course focuses on recognizing, protecting, and preserving all prospective physical evidence at a crime scene. Crime scene reconstruction involving the use of the scientific method and classical logic will be discussed. Students will learn about crime scene photography methods, making impressions from imprints, collecting fingerprints and trace evidence, and analyzing and interpreting blood spatter evidence through lectures and hands-on experiences.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship with grades "B-" or better.

This course will explore the place of analytical chemical concepts and instrumentation in the robust and dependable identification and quantification of those biological and chemical compounds that are of interest for forensic investigations. The use of statistical techniques, including Bayesian statistics, are examined in the forensic context. Forensic evidence collection and chain-of-custody requirements are examined. Laboratory exercises include familiarization with chromatographic and mass-spectrometric techniques and instruments.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship, with grades of "B-" or better in each course.

This course focuses on recognizing, protecting, and preserving all prospective physical evidence at a crime scene. Crime scene reconstruction involving the use of the scientific method and classical logic will be discussed. Students will learn about crime scene photography methods, making impressions from imprints, collecting fingerprints and trace evidence, and analyzing and interpreting blood spatter evidence through lectures and hands-on experiences.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship with grades "B-" or better.

This course will explore the place of analytical chemical concepts and instrumentation in the robust and dependable identification and quantification of those biological and chemical compounds that are of interest for forensic investigations. The use of statistical techniques, including Bayesian statistics, are examined in the forensic context. Forensic evidence collection and chain-of-custody requirements are examined. Laboratory exercises include familiarization with chromatographic and mass-spectrometric techniques and instruments.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship, with grades of "B-" or better in each course.

This course focuses on recognizing, protecting, and preserving all prospective physical evidence at a crime scene. Crime scene reconstruction involving the use of the scientific method and classical logic will be discussed. Students will learn about crime scene photography methods, making impressions from imprints, collecting fingerprints and trace evidence, and analyzing and interpreting blood spatter evidence through lectures and hands-on experiences.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship with grades "B-" or better.

This course will explore the place of analytical chemical concepts and instrumentation in the robust and dependable identification and quantification of those biological and chemical compounds that are of interest for forensic investigations. The use of statistical techniques, including Bayesian statistics, are examined in the forensic context. Forensic evidence collection and chain-of-custody requirements are examined. Laboratory exercises include familiarization with chromatographic and mass-spectrometric techniques and instruments.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship, with grades of "B-" or better in each course.

This course introduces the participant to forensic science paradigms, crime scene investigation and evidence recognition. Collection, documentation and processing evidence are addressed. The course will include an introduction to crime scene photography. Students will be oriented in professional values, concepts, and ethics.
Prerequisite(s): Admittance to the Forensic Science graduate program.

The course introduces the participant to the forensic science paradigms regarding evidence processing, including lab practices, statistical evaluation of the evidence, and scene reconstruction.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation.

In the course, the elements of violent crimes will be reviewed, as well as criminal procedure, constitutional and statutory limitations of criminal investigation, and the Fourth, Fifth, and Sixth Amendments. The requirements of conviction, or burden of proof (criminal vs. civil standards), and rules and policies pertaining to evidence will be studied.
Prerequisite(s): Admittance to the Forensic Science graduate program.

This course provides an overview of death investigation. The specialties of forensic pathology, forensic odontology, forensic anthropology, and forensic entomology are introduced and the expectations of the death investigator regarding the specialist outlined. Forensic science technique related to identifying the victim(s), establishing time of death, cause and manner of death, postmortem interval, and presumptive and confirmed identifications are presented.
Prerequisite(s): Admittance to the Forensic Science graduation program.

In this course, the participants will develop a summary of salient facts in a case investigation reconstruction. The summary will include a timeline of the crime event and subsequent investigation, an index of physical evidence with results of forensic analyses citing potential for additional testing due to new technology, a listing of witnesses, suspects and persons of interest with suggestions for further interviews and new investigative leads.
Prerequisite(s): Admittance to the Forensic Science graduation program.

The internship consists of 90 contact hours in a medical examiner's or coroner's office. The student will participate in the activities of the office and observe a minimum of six autopsies. The course will allow the student to put into practice the theoretical material learned in the prerequisite courses. The student will turn in a reflective essay about their internship. This will be a synopsis of what the student learned over the course of the internship. The paper will discuss what materials learned during the master's program were reinforced by the internship and what procedures differed from what was learned in the program.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, and FORSC 5080 Medicolegal Death Investigation with grades of "B-" or better; proof of completion of the three-shot Hepatitis B series of inoculations (should be completed prior to registration of course; instructor may accept proof that inoculations are in process, with the understanding that they will be completed when student leaves for internship). A current tetanus is recommended. Some internship sites may require a recent TB test and/or other additional requirements.

This course will explore the place of analytical chemical concepts and instrumentation in the robust and dependable identification and quantification of those biological and chemical compounds that are of interest for forensic investigations. The use of statistical techniques, including Bayesian statistics, are examined in the forensic context. Forensic evidence collection and chain-of-custody requirements are examined. Laboratory exercises include familiarization with chromatographic and mass-spectrometric techniques and instruments.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship, with grades of "B-" or better in each course.

This course will explore the place of analytical chemical concepts and instrumentation in the robust and dependable identification and quantification of those biological and chemical compounds that are of interest for forensic investigations. The use of statistical techniques, including Bayesian statistics, are examined in the forensic context. Forensic evidence collection and chain-of-custody requirements are examined. Laboratory exercises include familiarization with chromatographic and mass-spectrometric techniques and instruments.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship, with grades of "B-" or better in each course.

Forensic serology has remained one of the most important areas in the crime laboratory because of the significant information which the analysis of blood and body fluids can provide in examining what has happened at a crime scene. Course content includes the biology and biochemistry of blood and other body fluids, as well as various presumptive and confirmatory laboratory testing methods. The broader context of collection of trace evidence and the analysis of such evidence is also provided. Laboratory exercises provide experience in evidence collection, packaging, laboratory analyses, interpretation, and testimony.
Prerequisite(s): FORSC 5400 Analytical Science as Bases for Investigation with a grade of "B-" or better, or permission of the instructor.

This course will explore the place of analytical chemical concepts and instrumentation in the robust and dependable identification and quantification of those biological and chemical compounds that are of interest for forensic investigations. The use of statistical techniques, including Bayesian statistics, are examined in the forensic context. Forensic evidence collection and chain-of-custody requirements are examined. Laboratory exercises include familiarization with chromatographic and mass-spectrometric techniques and instruments.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation, FORSC 5060 Fundamentals of Evidence Processing, FORSC 5070 Criminal Law and the Law of Evidence, FORSC 5080 Medicolegal Death Investigation, FORSC 5090 Cold Case Homicide Investigation, and FORSC 5970 Internship, with grades of "B-" or better in each course.

Forensic serology has remained one of the most important areas in the crime laboratory because of the significant information which the analysis of blood and body fluids can provide in examining what has happened at a crime scene. Course content includes the biology and biochemistry of blood and other body fluids, as well as various presumptive and confirmatory laboratory testing methods. The broader context of collection of trace evidence and the analysis of such evidence is also provided. Laboratory exercises provide experience in evidence collection, packaging, laboratory analyses, interpretation, and testimony.
Prerequisite(s): FORSC 5400 Analytical Science as Bases for Investigation with a grade of "B-" or better, or permission of the instructor.

This course introduces the participant to forensic science paradigms, crime scene investigation and evidence recognition. Collection, documentation and processing evidence are addressed. The course will include an introduction to crime scene photography. Students will be oriented in professional values, concepts, and ethics.
Prerequisite(s): Admittance to the Forensic Science graduate program.

The course introduces the participant to the forensic science paradigms regarding evidence processing, including lab practices, statistical evaluation of the evidence, and scene reconstruction.
Prerequisite(s): FORSC 5050 Fundamentals of Crime Scene Investigation.

In the course, the elements of violent crimes will be reviewed, as well as criminal procedure, constitutional and statutory limitations of criminal investigation, and the Fourth, Fifth, and Sixth Amendments. The requirements of conviction, or burden of proof (criminal vs. civil standards), and rules and policies pertaining to evidence will be studied.
Prerequisite(s): Admittance to the Forensic Science graduate program.

This course provides an overview of death investigation. The specialties of forensic pathology, forensic odontology, forensic anthropology, and forensic entomology are introduced and the expectations of the death investigator regarding the specialist outlined. Forensic science technique related to identifying the victim(s), establishing time of death, cause and manner of death, postmortem interval, and presumptive and confirmed identifications are presented.
Prerequisite(s): Admittance to the Forensic Science graduation program.